Other Enumerations
The following enumerations are available globally.
-
Constants used by the NoiseTagging framework for layout. Clients can use some of these well, in order to match their layout with the layout of UI components provided by NoiseTagging.
See moreDeclaration
Swift
public enum Layout
-
Possible types of feedback when buttons are pressed.
Used for
See moreNoiseTagging
‘sclickFeedbackMode
setting.Declaration
Swift
public enum ClickFeedbackMode : Int, EnumAsSetting
-
Declaration
Swift
public enum ContrastMode : Int, EnumAsSetting
-
The different ways a corner view can be used.
For debugging purposes small rectangles can be shown in the screen’s top corners. These are called corner views.
See moreDeclaration
Swift
public enum CornerViewMode : Int, EnumAsSetting
-
The different modes
See moreNoiseTagging
can be in. This mode determines whatNoiseTagging
is used for.Declaration
Swift
public enum NoiseTagMode : Int, EnumAsSetting
-
On iOS normally you use auto-layout to make UI work for different screen sizes. However, when designing UI that can be controlled using noise tagging, there are two important limitations:
- Changing the dimensions of a control may negatively influence how easily the MindAffect Decoder recognises that the user is looking at it.
- Users cannot scroll simply by dragging a finger.
Therefore for NoiseTagging apps sometimes it makes more sense to only support iPad, which provides more screen estate. An advantage of iPad is that all iPads have a similar screen ratio, so we can design our UI for one iPad model and simply scale everything to support other iPad models as well. This struct helps you do this.
In principle this also works for iPhone, but because of large differences in screen ratio this might deliver poor results.
See moreImportant
ScalingUI
currently only supports landscape orientations.Declaration
Swift
public enum ScalingUI


Home
Contact
GET IN THE TOUCH WITH THE DEVELOPMENT TEAM
JASP is a open source project. Find out more on our github page


rlChecked
jQuery plugin cross-browser and keyboard accessible.
Make with @font-face Font Awesome
Checkboxes
Checkbox
Checkbox
Checkbox
Disable Checked
Disable Unchecked
Radio Buttons
Radio
Radio
Radio
Disable Checked
Disable Unchecked
Make with @font-face Ionicons
Checkboxes
Checkbox
Checkbox
Checkbox
Disable Checked
Disable Unchecked
Radio Buttons
Radio
Radio
Radio
Disable Checked
Disable Unchecked
Make with Sprite Images
Checkboxes
Checkbox
Checkbox
Checkbox
Disable Checked
Disable Unchecked
Radio Buttons
Radio
Radio
Radio
Disable Checked
Disable Unchecked


Call<PHONE_NUMBER> to place an order
981 N High St. Columbus, OH 43208
Godfather's Pizza was founded in 1973, when Anthony Capizzi moved from Brooklyn, NY to Columbus, OH. Upset that pizza in the midwest was not what he called "real pizza", so he decided to solve the problem himself. He built a small pizza shop that he ran by himself, soon business picked up and he was in need of a staff, 45 years later Godfather's pizza is still serving the only "real pizza" in Columbus.
Located in the Short North at 981 N High St. Columbus, OH 43208
M-Th: 11am-10pm
Fri-Sat: 11am-12am
Sun: 11am-9pm
If you are looking to get in touch with us to cater an event, have a question, concern or comment, please fill out the form below and someone will contact you shortly.


Catalog of SMPP properties
SMPP is the standard protocol to send SMS. SMPP is quite complex and has many configurable properties:
| Property | Description | Required | Default value |
|---|---|---|---|
ogham.sms.smpp.host |
The host of the SMPP or SMSC server |
Yes |
|
ogham.sms.smpp.port |
The port of the SMPP or SMSC server |
Yes |
|
ogham.sms.smpp.systemId |
The system identifier used for authenticating |
Yes |
|
ogham.sms.smpp.password |
The password for the system identifier |
Yes |
|
ogham.sms.smpp.window.size |
Message exchange may be synchronous, where each peer waits for a response for each PDU being sent, or asynchronous, where multiple requests can be issued 7 without waiting and acknowledged in a skew order by the other peer; the number of unacknowledged requests is called a window |
No |
1 |
ogham.sms.smpp.window.monitor.interval |
Time to wait between two window checks |
No |
disabled |
ogham.sms.smpp.timeout.connection |
The timeout TCP/IP connection for SMPP session |
No |
10 seconds |
ogham.sms.smpp.timeout.bind |
The maximum time to wait for the bind response |
No |
5 seconds |
ogham.sms.smpp.timeout.unbind |
The maximum time to wait for unbind response |
No |
5 seconds |
ogham.sms.smpp.timeout.request |
The maximum time to wait for an endpoint to respond to a request |
No |
disabled |
ogham.sms.smpp.timeout.window |
The maximum time to wait for window response |
No |
1 minute |


Core Values
We have lots of fun doing work we love—and these tenets drive everything we do.
Craft
We aim for excellence, and our love for what we do compels us to reach a higher standard. You can be proud of the work you do here.
Sustainable Flow
The state of mind when time flies and energy is focused. We make time for it every day so we can create innovative solutions that people love.
Ownership
We have a strong sense of individual responsibility. Every initiative has an owner, from major product strategy to curating which kombucha is on tap.
Optimism
We acknowledge and understand the reality of the challenges we face, and we always find a way forward.
Open Communication
We respect one another enough to give and receive honest feedback. We champion the best ideas, no matter where they originate.
Partnership
Working side by side, we build meaningful connections with each other and our clients.
Inclusion
We treat each other with consideration and respect, and we celebrate our differences with tolerance and inclusion. You know, the way we want to be treated.


This example shows the SamplePlugin in use. The SamplePlugin simply sets y as a sinusoidal function of x.
y
x


Number of msgs to cache per topic.

Use 0 for unlimited but take care not to run out of memory.
Select a context store to use if you have more than one set up.
Use persistent store if you want cache to survive a system reset.
If store changed, old one must be manually deleted.
Select which type of store to use. The default is "Node".
Node = This node's store, only accessible to this node.
Flow/Global = Accessible to other nodes. Use with caution.


About My way blog Reading time ~1 minute Philosophy You write because you want other people to get your point. In my case the point = My way of solving a particular challenge Focus Simplicity Always have end result


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JSONString
interface allows a toJSONString()
method so that a class can change the behavior of
JSONObject.toString()
, JSONArray.toString()
,
and JSONWriter.value(
Object)
.NULL
object than to use Java's null
value.
toJSONString
method allows a class to produce its own JSON
serialization.
%
hh sequences to single characters, and
convert plus to space.
true
or the value
false
.
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Modernizing Poole
State-of-the-art and clean design. Not even Jekyll boast something like this.
Let me be honest here, Poole is not the most innovative and best theme out there. However, it does promise a lot with it’s simplistic design. So I went ahead and took steps even further: I customized it—I essentially made it my own. The design I’m using for this blog is directly taken from Dustin Curtis’ blog. The only similarity is the blunt use of the color black and white, which I think is really the best use for contrasting material you want to stand out.  The results are what made this site standout. The elegant use of typography creates about 98% of the visual wonders you see here.
This blog is off to a fresh start. The final design is nowhere what you see now. I just wanted to deploy this and keep it up, while I work on a better design offline.


The HDFS API allows you to connect to an HDFS installation, read and write files and get information on files, directories and global file system properties:
>>> import pydoop.hdfs as hdfs
>>> hdfs.mkdir("test")
>>> hdfs.dump("hello", "test/hello.txt")
>>> text = hdfs.load("test/hello.txt")
>>> print text
hello
>>> hdfs.ls("test")
['hdfs://localhost:9000/user/simleo/test/hello.txt']
>>> hdfs.stat("test/hello.txt").st_size
5L
>>> hdfs.path.isdir("test")
True
>>> hdfs.path.isfile("test")
False
>>> hdfs.path.basename("test/hello.txt")
'hello.txt'
>>> hdfs.cp("test", "test.copy")
>>> hdfs.ls("test.copy")
['hdfs://localhost:9000/user/simleo/test.copy/hello.txt']
>>> hdfs.get("test/hello.txt", "/tmp/hello.txt")
>>> with open("/tmp/hello.txt") as f:
... print f.read()
...
hello
>>> hdfs.put("/tmp/hello.txt", "test.copy/hello.txt.copy")
>>> for x in hdfs.ls("test.copy"): print x
...
hdfs://localhost:9000/user/simleo/test.copy/hello.txt
hdfs://localhost:9000/user/simleo/test.copy/hello.txt.copy
>>> with hdfs.open("test/hello.txt", "r") as fi:
... print fi.read(3)
...
hel
The following example shows how to build statistics of HDFS usage by block size by directly instantiating an hdfs object, which represents an open connection to an HDFS instance:
import pydoop.hdfs as hdfs
ROOT = "pydoop_test_tree"
def usage_by_bs(fs, root):
stats = {}
for info in fs.walk(root):
if info['kind'] == 'directory':
continue
bs = int(info['block_size'])
size = int(info['size'])
stats[bs] = stats.get(bs, 0) + size
return stats
if __name__ == "__main__":
with hdfs.hdfs() as fs:
print "BS (MB)\tBYTES USED"
for k, v in sorted(usage_by_bs(fs, ROOT).iteritems()):
print "%d\t%d" % (k/2**20, v)
Full source code for the example is located under examples/hdfs in the Pydoop distribution. You should be able to run the example by doing, from the Pydoop root directory:
cd examples/hdfs
./run [TREE_DEPTH] [TREE_SPAN]
See the HDFS API reference for a complete feature list.


Nick Luo
Full-Stack Web Developer
Featured Work
Pushwoosh Client
Boolean Picker
react-browerify-get-started


Meh, Dropbox and Google Drive work just fine. Why should I care about this newfangled "decentralized storage" with a weird name?
Our numbers (.pdf) show you are overpaying for data storage by 10-100x. When you pay for data storage you also are paying for employees, servers, and profit margins. We eliminate those costs by automating the entire network.
Bitcoin is the largest computing network in the world. Why just use that for money? So, we built a decentralized storage with the same technology. Some day soon, you will even be able to sell your unused storage space to our network.
We are currently preparing our code for the alpha launch. At launch our code will be open sourced under the MIT License. Feel free to experiment, hack, add features, verify, and bug test our code.
We are putting the finishing touches on our alpha software. Sign up for the newsletter to get updates on our progress, info on the project, and early access to the alpha when it is production ready.


Full Stack Developer
Web: React.js, Angular.js, Express.js, Node.js, ASP.Net Razor, Rails, RESTful APIs
Languages: (Strong) JavaScript, Ruby, (native) French
Data: MySQL, MongoDB, PostgreSQL, Firebase
Other: JIRA, Phabricator, Agile development, Visual Studio 2015+, Salesforce
All about the 'V' in MVC. Building several projects with React following Flux architecture with Redux for managing application state. Master of Bootstrap & Foundation for beautiful responsive design
Adding in the 'M' & 'C' in MVC. Implementing Restful API's & building full stack projects with MongoDB, Express, React/Angular, & Node. I have a passion for solving and integrating complex functionality under seemless UI
Triaging bug reports, nailing down repro steps, assigning priority, and communicating across large corporations in fast-paced Agile Environments. Let me help you get your bugs fixed.
Born and raised in Burkina Faso - a small country in West Africa most Americans have never heard of. Growing up in a developing country has made me passionate about development. I've made my it my life goal to use my educational opportunity to learn how to craft simple solutions to complex economical, financial, and technological problems of developing economies like Burkina Faso.
I was recruited to play Basketball at NYU where I chose to develop on my passion and study Economics. While Balancing a full course load and an Athlete's schedule was difficult, I'm grateful for how it has shaped my work-ethic and ability to to perform well in high pressure and dynamic environments.
I doubled down on my passion for Economic development by interning at Barclays as a Credit Risk Summer Analyst on the Tech, Media, & Telecom team. I learned what makes a successful business and credit worthy company in those sectors and the massive disruption of tech. The knowledge I gained helped me slightly shift my passion in development so I started teaching myself how to code to learn more.
The bootcamp allowed me to take my development skills to the next level. I built 3 full stack projects in 1 week Agile sprints during that time including 1 Rails project. Since, I have tackled learning React with Redux and building full stack projects with Mongo, Express, React, Node while getting QA like experience at Snap, Inc.
I worked at Snap, Inc doing some QA work on the Messaging feature of the Snapchat Application. Tasks included triaging bugs, nailing down repro steps, evaluating & assigning priority, submitting actionable JIRA/Phabricator tickets, confirming bug fixes, etc. Phenomenal experience at an exciting company. I'm excited to see what's next!


XXHeadXX
XXSiteHeadXXThe armorial descriptions in the database are stored using codes defined in a text file known as my.cat, which is roughly 128 KB in size.
You can download the category file via HTTP from XXWebCategoryUrlXX
The category file is divided into three sections, each of which uses a different format:
argent
or maltese
, providing additional details about a description.CROSS
or HUMAN FIGURE
, providing the core content of a description.woman - see human figure
.Categories are the core of armory descriptions.
Each category line contains a human-readable term, then a pipe character ("|
"), followed by a capitalized category code.
For example, here are a selection of category lines.
axe|AXE azure field|AZ beast, bear|BEAST-BEAR beast, dog|DOG bird, demi|BIRD9DEMI bird, whole|BIRD cross, as charge|CRAC cross, throughout|CROSS field division, per fess|PFESS field division, per pale|PPALE pole axe|POLE-AXE
As you can see, the category code is sometimes a predictable capitalized version of the human-readable term, and other times is more idiosyncratic.
Most categories represent types of charges, but some correspond to solid fields or field divisions, and others indicate specific arrangments of charges.
Cross-references make it easier to find individual category terms.
Each cross-reference line contains a human-readable term, then either "see
" or "see also
", followed by one or more human-readable category names.
For example, here are a selection of cross-reference lines.
axe - see also pole axe broadaxe - see axe
The see also
lines mark places where one category is being linked to another, related category, so in the above example so we can expect to find both axe
and pole axe
in the category list.
The see
lines mark places where an additional term is being linked to an existing category, so the above example is telling us that there is no broadaxe
category and instead all broadaxes are indexed under the axe
category.
Some cross-reference lines direct you to more than one corresponding category, separated by and
.
bluejay - see bird, whole and bird, demi swallow - see bird, whole and bird, demi
The above example shows that bluejays and swallows are each indexed in one of two distinct categories, either bird, whole
or bird, demi
.
Many of the cross references define varieties, heraldic synonyms, or related charges that are indexed together.
alaunt - see beast, dog cub, wolf - see beast, dog fox - see beast, dog husky - see beast, dog hyena - see beast, dog talbot - see beast, dog wolf - see beast, dog
Each of these is either a variety of dog (husky), or an old heraldic term for a variety of dog (alaunt, talbot), or a related canine that is indexed with dogs (fox, hyena, wolf).
Features are used to provide additional details about armory descriptions.
Each feature line starts with a pipe character ("|
"), then has a feature set name followed by a colon, and then the individual feature name.
For example, the cross_family
feature set is used to mark subtypes of crosses. Its contents are defined in a series of lines like the below:
|cross_family:crosslet |cross_family:flory |cross_family:maltese
The feature name may optionaly be followed by one or more markers showing their relationship to other feature names.
For example, the tincture
feature set is used to mark the coloration of fields or charges. Its contents are defined in a series of lines like the below:
|tincture:argent<light |tincture:ermine<fur<light |tincture:neutral=multicolor=fur
The first line defines a tincture
code named argent
, and indicates that it is a subtype of the tincture
named light
. The second line defines a tincture
named ermine
and marks it as a subtype of both fur
and light
. The third line defines a tincture
named neutral
and marks it as equivalent to both multicolor
and fur
.
The subtype relationship defined by the <
chracter indicates that the term on the left is a more-specific feature encompased by the term on the right. For example, a search for CROSS:light
should also match any armory that is marked as CROSS:argent
. However, this relationship is not symatrical; if you search for CROSS:argent
, it should not match armory that is marked as CROSS:light
.
The equivalence relationship defined by the =
chracter indicates a symetrical relationship between the terms. For example, a search for CROSS:neutral
should also match any armory that is marked as CROSS:multicolor
, and a search for CROSS:multicolor
should also match any armory that is marked as CROSS:neutral
.
Individual armory descriptions may combine multiple features from different feature sets. For example, an Maltese cross throughout argent might be coded as CROSS:maltese:argent
Individual armory descriptions never use more than one feature from a given feature set. For example, there will never be a cross with two different cross features such as CROSS:crosslet:maltese
.
Some feature sets are only applicable to certain categories. For example, the features in the bird_posture
feature set are only ever used with the BIRD
or BIRD9DEMI
categories.
XXTrailerXX
XXTrailer2XX
XXCloseHtmlXX


{% extends 'backstage/admin/manage_task/base.html' %} {% block task_content %} {% if is_start() %}
{{ _('Are you sure you want to randomly assign?') }}
{{ _('If there were assigned, data will be deleted.') }}


Queries with side effects
Tectonic also allows you to create, update and delete records using your REST API. It’s a little more involved than using the decorator to load data, though it’s still quick and easy.
Note that when you create, update and delete records using tectonic the internal state of the reducer is updated, so all components will re-render with new data as necessary without reloading any data.
Using this.props.query
to modify records
this.props.query(args<Object>, callback<Function>)
To resolve a create/update/delete query first decorate your component with the
@load
decorator. This will pass the query
function down as a prop, as
explained in the @load
decorator API
documentation
The options passed into this.props.query
are:
{
// queryType represents which type of query this is. It's used to match
// against your endpoints, which also have a queryType.
// This is **required**.
queryType: <'CREATE' | 'UPDATE' | 'DELETE'>,
// model is the base class of the model you're affecting, eg. UserModel.
// This must be the model class itself: **not** an instance of the class.
// This is **required**.
model: <Model>,
// modelId represents the ID of the model you're updating or deleting.
// This is **required** for UPDATE and DELETE queries, but not for creates.
modelId: <?String | ?Int>,
// params represents any query parameters needed for the source definition.
// This is optional and is only needed to match to certain sources (eg.
// an ID in the URL to delete a model).
params: <?Object>,
// body represents the JSON data you want to save for creates and updates.
// This is optional.
body: <?Object>,
}
Creating a model
Let’s get started with a basic create query:
// source definition:
{
meta: {
url: '/api/v1/users',
method: 'POST',
},
queryType: 'UPDATE',
returns: UserModel.item(), // This endpoint returns the saved model after creation
}
// component:
// load connects to the manager and passes down the `query` prop to save data
@load()
class CreateUserForm extends Component {
static propTypes = {
query: PropTypes.func.isRequired,
}
// Imagine that onCreateUser is called with an object containing all user
// data to be stored, as an object
onCreateUser(data) {
const opts = {
queryType: 'CREATE',
model: UserModel,
body: data,
};
this.props.query(opts, (err, result) => {
if (err !== null) {
// An error occured whilst creating the model
return;
}
// Success :D
});
}
}
Updating a model
// source definition:
{
meta: {
url: '/api/v1/users/:id',
method: 'PUT',
},
queryType: 'UPDATE',
returns: UserModel.item(), // This returns the updated user after saving
params: ['id'], // We need the ID of the user in the URL
}
// component:
@load()
class UpdateUser extends Component {
// ...
onUpdate(data) {
const opts = {
queryType: 'UPDATE',
model: UserModel,
modelId: data.id, // necessary for updates as explained below
body: data,
params: { id: data.id },
};
this.props.query(opts, (err, result) => {
// ...
});
}
// ...
}
Deleting a model
// source definition:
{
meta: {
url: '/api/v1/users/:id',
method: 'DELETE',
},
queryType: 'DELETE',
model: UserModel, // This endpoint returns no data but affects the UserModel
params: ['id'], // We need the ID of the user in the URL
}
// component:
@load()
class DeleteUser extends Component {
// ...
onDelete(data) {
const opts = {
queryType: 'DELETE',
model: UserModel,
modelId: data.id, // necessary for deletes as explained below
params: {
id: data.id,
}
};
this.props.query(opts, (err, result) => {
// ...
});
}
// ...
}
Why does modelId
need to be specified for updates and deletes?
Tectonic’s reducer stores all models keyed by their ID. We need the ID within the query so that we can keep the internal state of the reducer up to date with the server’s representation.
For example, if you delete user ID 1 we need to remove that user from our reducer.
This means that all of your components automatically update when each query is successful, without having to reload any data.
How do I add my model’s defaults to a query?
Instantiate a new model with your form data, then call .values()
on the model
to return all model data as an object. Instantiating an object assigns default
values to the data passed in to the constructor, giving you defaults.
For example:
onCreate(data) {
const opts = {
queryType: 'CREATE',
model: UserModel,
body: new UserModel(data).values(),
}
this.props.query(opts, (err, result) => {
// ...
});
}


{% extends 'base.html' %} {% block title%}Registration success{%endblock%} {% block content %} The following identifiers have been registered:


|
Managed Services Managed Services is a sub-set of the Productivity Services family, offer services to help you maximize system performance. Each service offering is precisely defined and delivered by expert SGI engineers. A wide-range of product-focused solutions are currently available within the following 3 categories:
Additional information is available at http://www.sgi.com/services/managed_services/ Consulting Services SGI is known for being on the cutting edge of technology with products that exemplify technological innovation. We understand your desire to share this technological advantage in ways that will put you ahead of your competition. Our experienced consultants will partner with you to architect solutions that will exploit the performance of your SGI products whether you have one desktop system or a complex client/server environment. We offer bundled value-added consulting services with defined solutions as well as customized and industry-specific consulting services. For more information, please visit our Web site http://www.sgi.com/services/, or call us at<PHONE_NUMBER> in the United States and Canada or<PHONE_NUMBER> internationally. For more information, please visit our Web site http://www.sgi.com/services/, or call us at<PHONE_NUMBER> in the United States and Canada or<PHONE_NUMBER> internationally. Education Services Learn today's technology and create tomorrow's solutions with SGI Customer Education courses. Whether you are a novice user gaining your first exposure to IRIX® or Linux, or an advanced graphics programmer interested in the capabilities of multiprocessor systems, experienced SGI instructors will provide you with valuable new insights into mastering your SGI system. Course availability varies by country. Please call your local sales and service office for more information or visit our Web site: http://www.sgi.com/support/custeducation/.
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FORREST GUMP A film review by Michael John Legeros Copyright 1994 Michael John Legeros
Directed by Robert Zemeckis Written by Eric Roth, based on the novel by Winston Groom Cast Tom Hanks, Sally Field, Gary Sinese, Mykelti Williamson, and Robin Wright MPAA Rating "PG-13" (but *filled* with adult references, including drug use, sexual references, and profanity) Running Time 140 minutes
========
"That boy sure is a runnin' fool." - Citizen of Gump's hometown.
FORREST GUMP is a supremely entertaining triptych of American history, circa 1950 through 1980, as seen through the eyes of the slow-witted title character. From racial integration to Watergate, there stands Gump (Hanks). He never knows exactly what's going on, but his big heart and good intentions eventually make him a millionaire. He even meets three presidents, courtesy of ILM's gee-whiz special effects that place Tom Hanks in the middle of historical footage.
Think BEING THERE meets ZELIG as THE WORLD ACCORDING TO GUMP.
Forrest Gump, IQ of 75, resident of rural Alabama, was born into braces. Leg braces, that is. As the story opens, Forrest is being fitted to fix a back that's "as crooked as a politician." But Gump runs right out of those braces and once he starts running, he never stops. He runs through college on a football scholarship. He runs through Vietnam and is wounded in action. He even runs across country to become a folk hero.
The script, by Eric Roth from the Winston Groom novel, places Gump at the center of nearly every major event of the "baby boomer" era. He meets everyone, from Elvis Presley to Richard Nixon (The King to The Crook?), travels everywhere, and even invents the phrase best translated as "ka-ka occurs."
Where the fun comes is from hearing what Gump to has to say about all these things. His reactions are priceless--in Vietnam, he recalls "we were always looking for this guy, Charlie"--and add a wealth of honest humor to a rather humorless period of American history.
The anchor, the center, the thing-that-holds-this-film-together is Tom Hanks, giving a command performance in the title role. He draws upon that deadpan innocence from BIG and creates a character not too far-removed from the good-natured hayseeds that Andy Griffith played so well.
The small supporting cast includes Robin Wright and Sally Field, both perfunctory as Forrest's girlfriend and mother, respectively. Gary Sinese is quite good as Gump's war-buddy and later business partner. Best of the rest is Mykelti Williamson, playing a scene-stealing slow-mover who becomes Forrest's best friend.
FORREST GUMP *should* be as powerful as all get-out, but, instead, feels both vaguely empty and slightly sterile. The lack of emotional punch is probably due to the title character--who can feel a rollercoaster of emotions about a character who cannot?
Nor is FORREST GUMP as gritty as the story suggests. The Vietnam sequence is harrowing, no duh, but never *quite* crosses the line into complete believability. Still, what do you expect from the director of WHO FRAMED ROGER RABBIT and BACK TO THE FUTURE? Coppola he ain't, but who *other* than Zemeckis could choreograph so many diverse effects in one film?
For some, FORREST GUMP shall be the season's most effective (and only?) tear-jerker. Others may find themselves less affected, observing the events the same way as Forrest Gump does: without feeling much of anything. But watch out at Oscar time!
NOTE: Gripes to Paramount Pictures, for including too many key plot points in their trailer.
BOTTOM LINE: FORREST GUMP is a supremely entertaining triptych of American history, circa 1950 through 1980, as seen through the eyes of the slow-witted title character. You'll laugh, you might cry, and you'll love one of the year's best performances from Tom Hanks.
Grade: A-
.
The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
The Internet Movie Database accepts no responsibility for the contents of the
review and has no editorial control. Unless stated otherwise, the copyright
belongs to the author.
Please direct comments/criticisms of the review to relevant newsgroups.
Broken URLs inthe reviews are the responsibility of the author.
The formatting of the review is likely to differ from the original due
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IN THE HIGH COURT OF KERALA AT ERNAKULAM OP.No. 3685 of 2003(L) 1. BINDU, AGED 32 YEARS, ... Petitioner Vs 1. TRIPUNITHURA MUNICIPALITY, ... Respondent 2. KERALA STATE POLLUTION CONTROL BOARD, 3. CHIEF ENGINEER, 4. DR.K.K.R. VARRIER, DIRECTOR, For Petitioner :SRI.V.PHILIP MATHEW For Respondent :SRI.BABU JOSEPH KURUVATHAZHA,SC,POLU.C. The Hon'ble MR. Justice S.SIRI JAGAN Dated :28/07/2010 O R D E R S. Siri Jagan, J. =-=-=-=-=-=-=-=--=-=-=-=-=-=-=-=-=-= O.P. No. 3685 of 2003 =-=-=-=-=-=-=-=-=--=-=-=-=-=-=-=-=-= Dated this, the 28th day of July, 2010. J U D G M E N T
By sale deed No. 3242/99 of S.R.O, Tripunithura the petitioner purchased 5.4 cents of land in survey no. 1199/2 of of Nadama Desom on 16-12-1999. The said 5.4 cents of land was part of 23 cents. In respect of the balance property, the 4th respondent acquired rights and started a hospital therein. For the purposes of treating waste water from the hospital, the 4th respondent started construction of a waste water treatment plant, for which an underground tank was to be constructed. It is while the 4th respondent was constructing that tank, the petitioner has filed this original petition challenging the same. According to the petitioner, the establishment of the waste water treatment plant very near to the petitioner's house would cause inconvenience to the petitioner, insofar as it is likely to cause pollution. Complaints were filed by the petitioner before the Municipality and other authorities. Initially, there was a stop memo issued by the Municipality. But, ultimately, by Ext. P6, the Tripunithura Municipality granted permission to the 4th respondent to complete the construction on condition that the 4th respondent obtains consent from the Kerala State Pollution Control Board for operating the plant. The petitioner is challenging Ext. P6 order seeking the following reliefs:
"i. Issue a writ of certiorari or other appropriate writ, order or direction quashing Ext. P6.
ii. Issue a writ of mandamus or any other appropriate writ, order or direction commanding respondents 1 to 3 to take immediate steps to close down the Waste Water Treatment Plant referred to in Exts.P2 to P5 being constructed by the 4th respondent.
iii. Issue a writ of mandamus or any other appropriate writ, order or direction commanding the 3rd respondent to consider and O.P.. No. 3685/2003 -: 2 :- take appropriate action on Ext. P5 within a time limit to be specified by this Hon'ble Court.
iv. Pass an order of injunction restraining the 4th respondent or any others under him or for him from constructing or using the Waste Water treatment plant mentioned in Exts.P2 to P5 pending disposal of the O.P."
2. According to the petitioner, the waste water treatment plant is constructed against the provisions of the Environment Protection Act, 1986 and Rules, the Water (Prevention and control of Pollution) Act, 1974 and Rules and the Air (Prevention and Control of Pollution) Act, 1981 and Rules. The petitioner also alleges that although ostentatiously the plant is for treating waste water, the real intention of the hospital is to dump all bio-medical waste therein.
3. The respondents have filed two counter affidavits and have now produced documents in support of the contention that the waste water treatment plant would not cause any pollution to anybody and that the same is being constructed after obtaining consent from the Pollution Control Board. The Pollution Control Board has also filed a counter affidavit wherein, they have stated that if the 4th respondent complies with the conditions specified in the consent, no pollution would be caused to the petitioner's well or the environment due to the working of the sewage treatment plant.
4. I have considered the rival contentions in detail.
5. The original petition was filed on 31-3-2003. Much water has flown under the bridge over the past 7 years. In fact, the petitioner herself has leased out the building adjacent to the 4th respondent's hospital, wherein the petitioner alleges likelihood of pollution and they are using the said building including the well as is evident from Ext. R4(d) lease deed executed by the petitioner in favour of the 4th respondent. The contention of the petitioner in the original petition is O.P.. No. 3685/2003 -: 3 :- that the waste water treatment plant of the 4th respondent would cause pollution to the well of the petitioner. The petitioner has not produced any material before me to show that the water in the well of the petitioner is already contaminated because of the waste water treatment plant established by the 4th respondent. On the other hand, the Pollution Control Board has been renewing the consent issued to the 4th respondent, the latest of which is produced as Ext. R4(c), is valid up to 30-6-2012. In the absence of any evidence to the contrary produced by the petitioner, I cannot enter a finding that the waste water treatment plant established by the 4th respondent would cause pollution to the water of the petitioner's well.
6. The petitioner raises a contention that the 4th respondent has not obtained permission under Section 448 of the Kerala Municipality Act. But, such a contention was not raised in the original petition at all. For the first time, the petitioner is raising that contention at the time of hearing the original petition today. I do not think that the 4th respondent is expected to answer that contention at this late stage, which is not supported by any pleadings in the original petition. Therefore, I am not inclined to consider that contention in this original petition.
In view of my above findings, there is no merit in the original petition and accordingly the same is dismissed.
Sd/- S. Siri Jagan, Judge.
Tds/


UN Climate Change Conference June 2011
17-Jun-11 — original report
Parties agreed to elect Colin Beck (Solomon Islands) as the Rapporteur.
Zitouni Ould-Dada (UK) reported on informal consultations on the proposed new agenda items.
He explained that parties had supported discussing the impacts of climate change on water resources and integrated water resources management under the agenda item on the Nairobi Work Programme (NWP).
He noted that while the vast majority of countries agreed that issues related to blue carbon could be considered under the agenda item on research and systematic observation, one party objected.
Facilitator Ould-Dada also reported that no agreement had been reached to include on the agenda the proposed items on the work programme on agriculture, or the rights of nature and the integrity of ecosystems. SBSTA Chair Konaté proposed adding the item on water resources on the SBSTA agenda.
The US noted that they had agreed to discuss the impacts of water resources under the NWP, but did not accept adopting it as a stand-alone item.
The Secretariat clarified that the item would first be included on the agenda of SBSTA 34 and that the conclusion of the item at this session would be agreement to consider it at SBSTA 35 under the item on the NWP.
The US objected to inclusion of water resources as a stand-alone agenda item.
Following informal consultations, parties agreed to reflect in the meeting s report that parties had agreed during informal consultations to discuss the impacts of climate change and integrated water resource management under the NWP at SBSTA 35.
The US and ECUADOR welcomed the compromise. PAPUA NEW GUINEA underscored the willingness of many parties to include mangroves, tidal salt marshes and seagrass meadows under the agenda item on research and systematic observation.
She lamented sinister strategies to hold certain issues hostage and said the consensus rule should not be used to veto the will of all others.
She urged all parties to agree to include the consideration of coastal carbon on the agenda.
HONDURAS, SURINAME, COLOMBIA, BRAZIL, TUVALU, GUATEMALA, the DEMOCRATIC REPUBLIC OF THE CONGO, GUYANA and PAKISTAN supported the proposal.
Noting broad agreement, SBSTA Chair Konaté asked if parties were willing to include coastal marine ecosystems on the SBSTA agenda.
BOLIVIA, with VENEZUELA, opposed this, calling the proposal an underhanded way to include new market mechanisms on the agenda, under the guise of a research item.
Following further informal consultations, Facilitator Ould-Dada reported that parties had been unable to reach agreement.
PAPUA NEW GUINEA reiterated their disappointment, underscoring the need to amend the Convention to allow voting as a means of last resort so that progress cannot be consistently blocked by one party.
BOLIVIA noted that they would continue to seek consensus on the inclusion of the proposed agenda item on the rights of nature and the integrity of ecosystems.
He also underscored that the proposal by Papua New Guinea and Mexico to amend the Convention concerning voting constituted admission that procedural rules had been violated in Cancun.
The SBSTA adopted the agenda (FCCC/SBSTA/2011/L.1) as amended.
The SBSTA adopted conclusions (FCCC/SBSTA/2011/L.12).
The SBSTA adopted conclusions (FCCC/SBSTA/2011/L.16).
The joint SBI/SBSTA forum on the impact of the implementation of response measures will reconvene at SB 35. AUSTRALIA emphasized that the time spent discussing response measures at this session was disproportionate, saying such work will not lead to a balanced outcome in Durban.
Parties adopted the meeting s report.
(FCCC/SBSTA/2011/L.15).
Argentina, for the G-77/CHINA, inter alia , called for an action-oriented NWP and identified the need to strengthen linkages between the NWP and SBI.
Switzerland, for the EIG, and the EU regretted lack of agreement on including agriculture on the SBSTA agenda.
Australia, for the UMBRELLA GROUP, called for building on the Cancun Agreements, including developing strong outcomes on REDD+.
Grenada, for AOSIS, the Gambia, for the LDCs, and Egypt, for the AFRICAN GROUP, highlighted progress on, inter alia : the NWP; development and transfer of technology; research and systematic observation; and the forum on the impact of the implementation of response measures.
INDIA underscored that unilateral trade measures should not be taken by developed countries in the guise of climate change mitigation actions. MEXICO stated that conclusions adopted in Bonn strengthen the democratic traditions of the Convention, which were also upheld during the adoption of the Cancun Agreements.
Business Council for Sustainable Energy, for BINGOs, said the Technology Mechanism is a practical outcome.
Climate Action Network International, for ENGOs highlighted, inter alia , full and effective participation of stakeholders.
CARE International, for ENGOs, said MRV for forest-based systems must be simple, transparent and effective.
International Indigenous Forum on Climate Change, for INDIGENOUS PEOPLES ORGANIZATIONS, emphasized that forests are not just carbon sinks, calling for REDD+ to consider indigenous communities.
International Trade Union Confederation, for TUNGOs, lamented that employment was not taken up under the NWP.
Life e.V., for WOMEN AND GENDER, called for MRV that emphasizes women and gender considerations.
Gender CC - Women for Climate Justice, for the YOUNGOs, called for development of ecologically-based indicators for REDD+. SBSTA Chair Konaté declared SBSTA 34 closed at 11:50 pm.
The SBI adopted conclusions (FCCC/SBI/2011/L.5).
Implementation of the headquarters agreement: The SBI adopted conclusions (FCCC/SBI/2011/L.13).
Privileges and immunities: Faciliator Kunihiko Shimada (Japan) reported that progress had been made to refine treaty arrangements on privileges and immunities, but that unresolved issues remain.
The SBI adopted conclusions (FCCC/SBI/2011/L.7).
TUVALU expressed disappointment with the lack of progress on this issue.
The SBI adopted conclusions (FCCC/SBI/2011/L.2).
Compilation and synthesis of fifth national communications: The SBI agreed to continue consideration of the issue at SBI 35.
The US emphasized that the compilation provides a useful overview of, inter alia , greenhouse gas emissions trends and national systems.
Convention Article 12.5 (frequency of national communications): The SBI adopted conclusions (FCCC/SBI/2011/L.3).
The SBI adopted conclusions (FCCC/SBI/2011/L.8).
Convention Article 12.5: The SBI agreed to continue consideration of the issue at SBI 35.
Financial and technical support: The SBI adopted conclusions (FCCC/SBI/2011/L.9).
The SBI adopted conclusions (FCCC/SBI/2011/L.6).
SBI Chair Owen-Jones noted plans to organize a special event on education, training and public awareness in Durban.
The SBI adopted conclusions (FCCC/SBI/2011/L.14).
Matters related to LDCs: The SBI adopted conclusions (FCCC/SBI/2011/L.4).
The SBI adopted conclusions (FCCC/SBI/2011/L.12).
The SBSTA adopted conclusions (FCCC/SBSTA/2011/L.10).
Co-Chair Paula Caballero (Colombia) reported that parties had been unable to agree on the second comprehensive review of the capacity building framework.
The SBI agreed to continue consideration of the issue at SBI 35. CAPACITY BUILDING (PROTOCOL): Co-Chair Caballero reported that no agreement had been reached.
The SBI agreed to continue consideration of the issue at SBI 35.
The SBI agreed to continue consideration of the issue at SBI 35.
Co-Chair Yaw Bediako Osafo (Ghana) reported on productive discussions on the appeals mechanism against decisions by the CDM Executive Board.
He noted, however, that divergent views remain, in particular, on the scope of the appeals procedure.
The SBI adopted conclusions (FCCC/SBI/2011/L.11).
The SBI adopted conclusions (FCCC/SBI/2011/L.16).
SBI Chair Owen-Jones introduced draft SBI conclusions (FCCC/SBI/2011/L.19).
SAUDI ARABIA and the US identified the need for further work.
After further informal consultations focusing on enhancing participation by observer organizations, parties agreed to recommend that, in cases where there is no contact group on an agenda item, at least the first and last informal meetings can be open to observers, while recognizing the right of parties to keep informal meetings closed. SAUDI ARABIA and ANTIGUA AND BARBUDA, opposed by MEXICO, AUSTRALIA and COLOMBIA, proposed that examination of options for new channels for observer organizations to provide inputs into the COP and COP/MOP be deferred to SBI 36 instead of SBI 35.
Parties eventually agreed to defer the consideration of the issue until SBI 36 and the SBI adopted the conclusions as amended.
Many parties expressed support for the enhanced engagement of observers.
AUSTRALIA, the COOK ISLANDS and GRENADA also welcomed the upcoming UNFCCC special event on observer participation at COP 17.
The SBI adopted conclusions (FCCC/SBI/ 2011/L.17).
On the synthesis report of the information provided by countries participating in the National Economic, Environment and Development Study (NEEDS) for Climate Change Project, the Philippines, for the G-77/CHINA, expressed disappointment that the benefits could not be extended.
She also lamented unpredictability of funds for the Global Observing System for Climate in Support of the UNFCCC, and lamented the lack of funding for the LDC work programme.
With the Gambia, for the LDCs, she called for the issue to be included on the SBI 35 agenda under the item on further guidance to the GEF.
SBI Chair Owen-Jones introduced draft conclusions on loss and damage (FCCC/2011/SBI/L.20).
SAUDI ARABIA and QATAR questioned the process through which the text originated.
SAUDI ARABIA lamented that their views were not reflected, highlighting the consideration of response measures along with the adverse effects of climate change.
SBI Chair Owen-Jones underscored that he was tabling the draft conclusions at his own responsibility and that the proposed text does not include issues from under other agenda items.
A number of parties, including AOSIS, the EU, MEXICO, NEW ZEALAND and the US, stressed the need to consider loss and damage, and response measures separately.
The Cook Islands, for AOSIS, underscored that consideration of loss and damage is mandated by Decision 1/CP.16 (outcome of the AWG-LCA).
The EU stated that, according to the rules of procedure, it is for the COP to determine the issues to be considered by the Subsidiary Bodies.
AOSIS emphasized that the item on loss and damage relates to adaptation, while response measures fall under the building block on mitigation.
She highlighted that response measures are already considered under other agenda items.
AUSTRALIA urged parties not to dilute or delay the important work on loss and damage.
She noted that at least 16 hours have been spent in Bonn to consider response measures in the forum on the impact of the implementation of response measures.
JAPAN underscored the need to discuss loss and damage. COLOMBIA urged parties to negotiate in good faith, stating that tactics of deviation to delay the process are not acceptable given that the survival of vulnerable populations is at stake.
TUVALU suggested that support for the forum on response measures would be contingent on agreement on loss and damage.
BARBADOS underscored that 99% of people dying from climate-related events live in developing countries, and, with the GAMBIA, urged Qatar and Saudi Arabia to revisit their position. SBI Chair Owen-Jones reiterated his proposal that parties adopt the draft SBI conclusions.
QATAR opposed, underscoring procedural concerns.
SAUDI ARABIA stated they had only recently received the text and also opposed its adoption.
With EGYPT, he proposed further informal consultations.
TUVALU, supported by the COOK ISLANDS, stressed that the text had already been subject to extensive consultations.
The COOK ISLAND stated that Saudi Arabia had also participated in these discussions and that concessions had been made to accommodate their views.
After further informal consultations, the SBI plenary reconvened at 1:40 am.
Parties agreed to change wording in a paragraph indicating that the SBI agreed to continue to further elaborate the details of the broad thematic areas relating to loss and damage with a view to generating a knowledge base for making recommendations on loss and damage to COP 18.
The agreed language refers to including elaborating, instead of taking into consideration, the elements set out in Decision 1/CP.16, paragraph 28 (a,b,c and d), and drawing upon party submissions.
The SBI adopted the conclusions as amended.
SBI Chair Owen-Jones reported on the special event on the forum on the impact of the implementation of response measures and two sessions of the forum.
The SBI adopted conclusions (FCCC/SBI/2011/L.18). SBI Chair Owen-Jones then suspended the SBI plenary at 1:45 am.
On the penultimate day of the Bonn Climate Change Conference, a number of delegates found themselves confined in the Maritime Hotel late into the night as the closing plenaries of the SBI and SBSTA worked to get through their respective agendas.
After a busy day of attempts to finalize work on all outstanding issues, the plenaries only got underway towards 6 pm.
Both were interrupted, however, more than once to allow documents to be produced or parties to consult informally on controversial issues, such as proposed new agenda items, enhancing observer participation, and loss and damage.
On the SBSTA side, the issue of blue carbon played out on center stage.
While the majority of parties supported considering related issues under existing SBSTA agenda items, Bolivia and Venezuela opposed this, voicing concerns that market mechanisms will not offer the nature adequate protection.
Some observers also shared concern over turning blue carbon into another REDD+.
One delegate characterized blue carbon as an example of why interlinkages between the Rio Conventions should be reinforced.
Delegates waiting for the SBSTA plenary to resume after 10 pm were entertained by chanting interpreters claiming that there is no body like the SBSTA, the body of substance.
Some also composed cheerleading refrains on blue carbon.
Give me a B....give me an L-¦, they shouted in jest.
On the SBI side, one insider tried to reassure tired observers waiting for the outcome of late-night informal consultations: Give us time, we are trying to do good things here.
The SBSTA adopted conclusions (FCCC/SBSTA/2011/L.4).
The SBSTA adopted conclusions (FCCC/SBSTA/2011/L.2).
Reporting guidelines on Annex I annual inventories: The SBSTA adopted conclusions (FCCC/SBSTA/2011/L.3).
Greenhouse gas data interface: The SBSTA adopted conclusions (FCCC/SBSTA/2011/L.7).
The SBSTA adopted conclusions (FCCC/SBSTA/2011/L.6).
Materiality standard under the CDM: The SBSTA adopted conclusions (FCCC/SBSTA/2011/L.11).
Common metrics to calculate the CO2 equivalence of greenhouse gases: The SBSTA adopted conclusions (FCCC/SBSTA/2011/L.8).
The SBSTA adopted conclusions (FCCC/SBSTA/2011/L.9).
The SBSTA adopted conclusions (FCCC/SBSTA/2011/L.5).
The SBSTA adopted conclusions (FCCC/SBSTA/2011/L.13).
The SBSTA adopted conclusions (FCCC/SBSTA/2011/L.14). AUSTRALIA underscored the vital role of REDD+ in mitigation efforts and said they would provide AUS$ 500,000 for technical work in the lead up to Durban.
NORWAY indicated strong support for REDD+, saying they would also provide financial support. BOLIVIA underscored the importance of progress on this issue and highlighted a comprehensive approach, including forest ecosystems.


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Game States
Most game code is implemented by writing custom components. However, components always work in the context of an object, be it a single game object or an entire prefab. The most that a single component can be responsible for, is to do high level logic for a level, by acting as a global message handler.
However, for a full game you need a layer of control that is outside the world, where you can do logic like what level to load, what to do when the player dies or reaches their goal, how to display a main menu for the game settings and level selection, and so on. Most of these things would be possible with world components alone, but it would be cumbersome. Especially switching from one level to another is difficult, if some of your overall game logic has to be transitioned as well.
Game States are this extra layer. A game state sits between the application (TODO) layer and the world.
A game state is in so far optional, in that the engine will create an instance of ezFallbackGameState
, if no custom game state is available. The diagram above shows, that the editor skips the game state in simulate mode. In practice that means that the editor will not allocate any game state when the scene is being edited or only simulated. Only when you enter play-the-game mode, will it create a game state, which can then take over full control for the windows, input and the main camera.
Game State Responsibilities
The typical things that a game state controls are:
- Spawning one or multiple windows
- Setting up the main render pipeline
- Creating a world and loading a scene into it
- Unless it's run in the editor, where it is handed an existing world
- Setting up input devices and bindings
- Processing main input (not component specific input)
- Setting up and controlling the main camera
- Spawning the player prefab
- Displaying game UI
- Providing a main menu
- Saving and restoring global state (progression, high-scores, etc)
For example when you have a player start point component in a scene, the component itself doesn't do anything, it just holds some data. Instead, when you enter play-the-game mode, the active game state can (but is not required to) use the information from these components to spawn a player prefab.
Similarly, most scenes have a camera component whose usage hint is set to 'Main Camera' (this may be part of the player prefab). This camera defines what part of the scene will be shown on screen. At least that's how it appears. In reality it is the game state that controls the camera for the main render target. It's simply a feature of the ezFallbackGameState
, that it searches the world for an appropriate camera component and applies that to the main camera. If it doesn't find any such camera component, it provides simple WASD fly-camera controls. You can even cycle through the different camera components in a scene using Page Up
and Page Down
.
As you can see, by implementing a custom game state, you can gain control over many things that otherwise appear to be built-in.
Game State Instantiation
It is the responsibility of the ezGameApplication
to instantiate a game state. By default this is done right at application startup, but if you write your own application (TODO) you could handle this differently. For example the editor only instantiates the game state for play-the-game mode.
The application knows what game states are available through the reflection information. When a game state is needed, all available ones are instantiated and 'asked' (via ezGameStateBase::DeterminePriority()
) whether it is the right one to handle the situation. The game state that is the best fit will be kept and gets control.
The idea is, that there are typically only few game states available anyway. Usually you have the built-in ezFallbackGameState
and then you have one other game state implementation from your custom game plugin. The latter one will take precedence. You could have multiple game states, for example when you have multiple game plugins loaded simultaneously, but then they would need to somehow figure out which one should get activated (e.g. through command line arguments).
Sample Game State
For an example game state have a look at the Sample Game Plugin. The game state in the sample derives from ezFallbackGameState
to benefit from its utilities, such as the default fly camera. In fact, it is a good idea to look at the source of ezFallbackGameState
as an example, as well.
For all the details, read the API Docs for ezGameStateBase
.


Welcome, valued member of the Speedwagon Foundation. We pride ourselves on being the backbone of medical research and environmental conservation. We want to help you, help us, help the world.
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At the beginning of the century, a lone Englishman by the name of Robert E. O. Speedwagon, arrived in the USA and started his own oil business. Because of this he became one of the world's richest men. Speedwagon decided that after his demise, the large sum of his fortune would be used for medical research and wild animal and plant protection. In this organization exists a department called the Supernatural Research Department, which is responsible for supplying the Joestar Family with everything they need. This was the will of Speedwagon, who died in 1952.


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You can reach this dialog via the menu entry Encrypt/Decrypt \ Symmetric(classic) \ Substitution/Atbash.
This dialog is used to enter the key for monoalphabetic substitution, and accordingly for the special case Atbash.
For Atbash the key is fixed and is completely transferred to the key entry field.
For the general monoalphabetic substitution they key entry field has to be filled bei yourself.
When entering the key the following should be noted: The dialog only accepts those characters that are part of the alphabet set in the Text Options dialog. All other characters are automatically rejected, i.e. they are not displayed.
There are two ways of entering the key:
You select Atbash. So a fixed key is chosen.
You enter a keyword from which the permutation of the alphabet is derived. An example here might be the keyword "RAILWAYS".
The resulting permutation is worked out as follows. The A is mapped to the first letter (in this case the R). Similarly, the B is mapped to A, the C to I, the D to L and the E to W. As the sixth letter of the keyword, the A, has already occurred it is passed over, since no two (different) letters can be mapped to the same letter. This continues until all the letters in the keyword have been mapped, i.e. F to Y and G to S. For all the other letters (in this case H to Z) there are two options how to map them,
If the entered keyword contains all 26 characters of the alphabet, then it doesn't matter, how to fill up.
The sequence of all the 26 different alphabet characters is also called a permutation of the alphabet.
After you have entered the key, you can encrypt the document by clicking on the Encrypt button or decrypt the document by selecting Decrypt.
The formatting (retention of the spaces, special characters and upper and lower case distinction) of the output of the encrypted or decrypted document can be set in the Text Options dialog.


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Hello! First of all I would like to thank you for purchasing my theme!
This documentation will teach you how to set up and use the "MultiGrid" WordPress Theme. If you have any questions that are beyond the scope of this help file, please feel free to email via my user page contact form following into ThemeTON site.
If you like this theme please don't forget to rate it on the ThemeForest site.
Best regards ThemeTon.
Surely you have already installed WordPress on your server. If you are new to wordpress and have problems installing it, you might want to check out this link:
Unzip the file you download after the purchase. The following files and folders will be in the unzipped file:
There are 2 main ways to upload the theme:
1. Via FTP client
"MultiGrid", unzip it and upload the folder to the main WordPress installation folder » wp-content » themes. Please note that if you prefer this way of installation, you have to make sure that the main files of the theme are contained just within one folder of the themes folder. The right way to locate your root theme files is for example themes/MultiGrid but not themes/MultiGrid/MultiGrid.
2. Via the built in WordPress theme uploader (recommended)
"MultiGrid". After this you have to go in the admin panel » Appearance » Themes, click on the Install Themes tab and in this section in the top there is a link "Upload". After you click the "Upload" link, a new page will be opened where you will be asked to find the MultiGrid.zip file on your local file system.
Dashboard»Appearance » Themes. In this section you should see the theme with a title MultiGrid. Just click on Activate button and your theme should get activated.
Usually updating a theme means replacing the old files with the new ones. You can see changelog.txt file from the new download archive and you can get updated files list as modified/added and deleted. Upload and overwrite those files on your theme directory.
If theme changed lots of files and you really hard to collect changed files, there is a better way to do it when it comes to WordPress themes.
WordPress treats two version of the same theme as different themes. That is, if you have MultiGrid v1.2 and v1.3 in your wp-content/themes folder they are treated as two different themes independent of each other.
That means you can have multiple version of the same theme installed on your blog. So whenever there is a new version of your theme available, instead of replacing or deleting the files of the older version follow this procedure.
The main advantage of following the above procedure is you can quickly switch back to the old version of the theme if you find any problems with the new version or if it clashes with any plugins you are using.
Note: This video made on my another theme called ExtraGrid. If there has some different things, don't pay attention on those. I think most of the parts are very similar :)
Note: This video made on my another theme called ExtraGrid. If there has some different things, don't pay attention on those. I think most of the parts are very similar :)
Note: This video made on my another theme called ExtraGrid. If there has some different things, don't pay attention on those. I think most of the parts are very similar :)
Theme Elements will save you tons of time working on the site content. Now you'll be able to create complex layouts within minutes!
Add columns/elements with one click, then use your mouse to drag elements around to re-arrange them. Control element width with simple mouse clicking.
Lets click on Theme Elements (1) button when you editing your post/page. Then you can see the visual content builder immediately.
It has two kind of elements called Popular layouts (2) and Content Elements (3).
Lets see it in action
I've used the following sources, sites or other files as listed.
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Licensed projects
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Thanks to all the great authors who shared their brilliant work and let us to use it.
I have a dedicated support forum. Please join on here http://themeton.com/support
Best regards ThemeTON


Press the button above to begin issuing a voice command to your smart mirror.
smart mirror
Click the gear on the top right to configure your mirror. For more information see the docs.
For details and development see: Development and Contributing.


coopist is the first projec we launch using the coopist methodology. Thanks for stratup-weekend Hong Kong. How it works?
We are not restricted to Twitter! All social platform will come in. Just let us know which platform you want most via #coopist tag.
Last, well, you guessed it!
coopist.org
is an Co-Op.
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MED 277
AI-Assisted Health Care 1-4 Units
Stanford University Fall Quarter 2018
AI has been advancing quickly, with its impact everywhere. In healthcare, innovation in AI could help transforming of our healthcare system.
This course offers a diverse set of research projects focusing on cutting-edge computer vision and machine learning technologies to solve some of healthcare's most important problems. The teaching team and teaching assistants will work closely with students on research projects in this area. Research projects include Care for Senior at Senior Home, Surgical Quality Analysis, AI Assisted Parenting, Burn Analysis & Assessment and more. AI areas include Video Understanding, Image Classification, Object Detection, Segmentation, Action Recognition, Deep Learning, Reinforcement Learning, HCI, and more.
The course is open to students in both the
School of Medicine and the
School of Engineering.
Interested students should apply HERE.
Course Info
Requirements
- CS231n/CS230 or equivalent (identifying some HCI course for HCI students)
- Proficiency in Python
- Strong research interest


Processing pipeline details¶
ASLPrep adapts its pipeline depending on what data and metadata are
available and are used as the input.
For example, slice timing correction will be
performed only if the SliceTiming
metadata field is found for the input
dataset.
A (very) high-level view of the simplest pipeline (for a single-band dataset with only one task, single-run, with no slice-timing information nor fieldmap acquisitions) is presented below:
Preprocessing of structural MRI¶
The anatomical sub-workflow begins by constructing an average image by conforming all found T1w images to RAS orientation and a common voxel size, and, in the case of multiple images, averages them into a single reference template (see Longitudinal processing).
See also sMRIPrep’s
init_anat_preproc_wf()
.

Finally, spatial normalization to standard spaces is performed using ANTs’ antsRegistration
in a multiscale, mutual-information based, nonlinear registration scheme.
See Defining standard and nonstandard spaces where data will be resampled for information about how standard and nonstandard spaces can
be set to resample the preprocessed data onto the final output spaces.
Cost function masking during spatial normalization¶
When processing images from patients with focal brain lesions (e.g., stroke, tumor
resection), it is possible to provide a lesion mask to be used during spatial
normalization to standard space [Brett2001].
ANTs will use this mask to minimize warping of healthy tissue into damaged
areas (or vice-versa).
Lesion masks should be binary NIfTI images (damaged areas = 1, everywhere else = 0)
in the same space and resolution as the T1 image, and follow the naming convention specified in
BIDS Extension Proposal 3: Common Derivatives
(e.g., sub-001_T1w_label-lesion_roi.nii.gz
).
This file should be placed in the sub-*/anat
directory of the BIDS dataset
to be run through fMRIPrep.
Because lesion masks are not currently part of the BIDS specification, it is also necessary to
include a .bidsignore
file in the root of your dataset directory. This will prevent
bids-validator from complaining
that your dataset is not valid BIDS, which prevents fMRIPrep from running.
Your .bidsignore
file should include the following line:
*lesion_roi.nii.gz
Longitudinal processing¶
In the case of multiple T1w images (across sessions and/or runs), T1w images are
merged into a single template image using FreeSurfer’s mri_robust_template.
This template may be unbiased, or equidistant from all source images, or
aligned to the first image (determined lexicographically by session label).
For two images, the additional cost of estimating an unbiased template is
trivial and is the default behavior, but, for greater than two images, the cost
can be a slowdown of an order of magnitude.
Therefore, in the case of three or more images, ASLPrep constructs
templates aligned to the first image, unless passed the --longitudinal
flag, which forces the estimation of an unbiased template.
Note
The preprocessed T1w image defines the T1w
space.
In the case of multiple T1w images, this space may not be precisely aligned
with any of the original images.
Reconstructed surfaces and functional datasets will be registered to the
T1w
space, and not to the input images.
Surface preprocessing¶
ASLPrep uses FreeSurfer to reconstruct surfaces from T1w/T2w
structural images.
If enabled, several steps in the ASLPrep pipeline are added or replaced.
All surface preprocessing may be disabled with the --fs-no-reconall
flag.
Note
Surface processing will be skipped if the outputs already exist.
In order to bypass reconstruction in ASLPrep, place existing reconstructed
subjects in <output dir>/freesurfer
prior to the run, or specify an external
subjects directory with the --fs-subjects-dir
flag.
ASLPrep will perform any missing recon-all
steps, but will not perform
any steps whose outputs already exist.
If FreeSurfer reconstruction is performed, the reconstructed subject is placed in
<output dir>/freesurfer/sub-<subject_label>/
(see FreeSurfer derivatives).
Surface reconstruction is performed in three phases.
The first phase initializes the subject with T1w and T2w (if available)
structural images and performs basic reconstruction (autorecon1
) with the
exception of skull-stripping.
Skull-stripping is skipped since the brain mask calculated previously is injected into the appropriate location for FreeSurfer.
For example, a subject with only one session with T1w and T2w images
would be processed by the following command:
$ recon-all -sd <output dir>/freesurfer -subjid sub-<subject_label> \
-i <bids-root>/sub-<subject_label>/anat/sub-<subject_label>_T1w.nii.gz \
-T2 <bids-root>/sub-<subject_label>/anat/sub-<subject_label>_T2w.nii.gz \
-autorecon1 \
-noskullstrip
The second phase imports the brainmask calculated in the
Preprocessing of structural MRI sub-workflow.
The final phase resumes reconstruction, using the T2w image to assist
in finding the pial surface, if available.
See init_autorecon_resume_wf()
for
details.
Reconstructed white and pial surfaces are included in the report.
If T1w voxel sizes are less than 1mm in all dimensions (rounding to nearest
.1mm), submillimeter reconstruction is used, unless disabled with
--no-submm-recon
.
lh.midthickness
and rh.midthickness
surfaces are created in the subject
surf/
directory, corresponding to the surface half-way between the gray/white
boundary and the pial surface.
The smoothwm
, midthickness
, pial
and inflated
surfaces are also
converted to GIFTI format and adjusted to be compatible with multiple software
packages, including FreeSurfer and the Connectome Workbench.
Note
GIFTI surface outputs are aligned to the FreeSurfer T1.mgz image, which may differ from the T1w space in some cases, to maintain compatibility with the FreeSurfer directory. Any measures sampled to the surface take into account any difference in these images.
See also sMRIPrep’s
init_surface_recon_wf()
Refinement of the brain mask¶
Typically, the original brain mask calculated with antsBrainExtraction.sh
will contain some innaccuracies including small amounts of MR signal from
outside the brain.
Based on the tissue segmentation of FreeSurfer (located in mri/aseg.mgz
)
and only when the Surface Processing step has been
executed, ASLPrep replaces the brain mask with a refined one that derives
from the aseg.mgz
file as described in
grow_mask()
.
ASLPrep preprocessing¶
init_func_preproc_wf()
Preprocessing of ASL files is split into multiple sub-workflows described below.
ASL reference image estimation¶
init_bold_reference_wf()
This workflow estimates a reference image for a ASL series. When T1-saturation effects (“dummy scans” or non-steady state volumes) are detected, they are averaged and used as reference due to their superior tissue contrast. Otherwise, a median of motion corrected subset of volumes is used.
The reference image is then used to calculate a brain mask for the
ASL signal using NiWorkflows’
init_enhance_and_skullstrip_bold_wf()
.
Further, the reference is fed to the head-motion estimation
workflow and the registration workflow to map
BOLD series into the T1w image of the same subject.
Head-motion estimation¶
init_bold_hmc_wf()
Using the previously estimated reference scan,
FSL mcflirt
is used to estimate head-motion.
As a result, one rigid-body transform with respect to
the reference image is written for each ASL
time-step.
Additionally, a list of 6-parameters (three rotations,
three translations) per time-step is written and fed to the
confounds workflow.
For a more accurate estimation of head-motion, we calculate its parameters
before any time-domain filtering (i.e., slice-timing correction),
as recommended in [Power2017].
Slice time correction¶
init_bold_stc_wf()
If the SliceTiming
field is available within the input dataset metadata,
this workflow performs slice time correction prior to other signal resampling
processes.
Slice time correction is performed using AFNI 3dTShift
.
All slices are realigned in time to the middle of each TR.
Slice time correction can be disabled with the --ignore slicetiming
command line argument.
If a ASL series has fewer than
5 usable (steady-state) volumes, slice time correction will be disabled
for that run.
Susceptibility Distortion Correction (SDC)¶
One of the major problems that affects EPI data is the spatial distortion caused by the inhomogeneity of the field inside the scanner. Please refer to Susceptibility Distortion Correction (SDC) for details on the available workflows.
See also SDCFlows’ init_sdc_estimate_wf()
Pre-processed ASL in native space¶
init_bold_preproc_trans_wf()
A new preproc ASL series is generated from the slice-timing corrected or the original data (if STC was not applied) in the original space. All volumes in the ASL series are resampled in their native space by concatenating the mappings found in previous correction workflows (HMC and SDC if excecuted) for a one-shot interpolation process. Interpolation uses a Lanczos kernel.
CBF Computation in native space¶
init_cbf_compt_wf()
ALl the CBF derivates are computed from preprocessed ASL. This inlude CBF computation by basic model and BASIL. The BASIL includes spatial regularization and partial volume correction. The computed CBF are further denoised by SCORE and SCRUB
ASL and CBF to T1w registration¶
init_bold_reg_wf()
The alignment between the reference ASL image
of each run and the reconstructed subject using the gray/white matter boundary
(FreeSurfer’s ?h.white
surfaces) is calculated by the bbregister
routine.
If FreeSurfer processing is disabled, FSL flirt
is run with the
BBR cost function, using the
fast
segmentation to establish the gray/white matter boundary.
After BBR is run, the resulting affine transform will be compared to the initial transform found by FLIRT.
Excessive deviation will result in rejecting the BBR refinement and accepting the original, affine registration.
The computed CBF are regsitered to T1w using the transformation from ASL-T1w registration.
Resampling ASL and CBF runs onto standard spaces¶
init_bold_std_trans_wf()
This sub-workflow concatenates the transforms calculated upstream (see
Head-motion estimation, Susceptibility Distortion Correction (SDC) –if
fieldmaps are available–, `EPI to T1w registration`_, and an anatomical-to-standard
transform from Preprocessing of structural MRI) to map the
EPI
image to the standard spaces given by the --output-spaces
argument
(see Defining standard and nonstandard spaces where data will be resampled).
It also maps the T1w-based mask to each of those standard spaces.
Transforms are concatenated and applied all at once, with one interpolation (Lanczos) step, so as little information is lost as possible.
The output space grid can be specified using modifiers to the --output-spaces
argument.
ASL sampled to FreeSurfer surfaces¶
init_bold_surf_wf()
If FreeSurfer processing is enabled, the motion-corrected functional series (after single shot resampling to T1w space) is sampled to the surface by averaging across the cortical ribbon. Specifically, at each vertex, the segment normal to the white-matter surface, extending to the pial surface, is sampled at 6 intervals and averaged.
Surfaces are generated for the “subject native” surface, as well as transformed to the
fsaverage
template space.
All surface outputs are in GIFTI format.
HCP Grayordinates¶
If CIFTI output is enabled, the motion-corrected functional timeseries (in T1w space) is first
sampled to the high resolution 164k vertex (per hemisphere) fsaverage
. Following that,
the resampled timeseries is sampled to HCP Pipelines_’s fsLR
mesh (with the left and
right hemisphere aligned) using Connectome Workbench’s -metric-resample
to generate a
surface timeseries for each hemisphere. These surfaces are then combined with corresponding
volumetric timeseries to create a CIFTI2 file.
Confounds estimation¶
init_bold_confs_wf()
Given a motion-corrected ASL, a brain mask, mcflirt
movement parameters and a
segmentation, the discover_wf sub-workflow calculates potential
confounds per volume.
Calculated confounds include Frame-wise Displacement, 6 motion parameters, DVARS.
T2* Driven Coregistration¶
init_bold_t2s_wf()
If multi-echo ASL data is supplied,
this workflow uses the tedana T2* workflow to generate an adaptive T2* map
and optimally weighted combination of all supplied single echo time series.
This optimaly combined time series is then carried forward for all subsequent
preprocessing steps.
Optionally, if the --t2s-coreg
flag is supplied, the T2* map is then used
in place of the ASL reference image to
register the ASL series to the T1w image of the same subject.


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java.lang.Object java.util.Observable com.tabuto.j2dgf.collision.CollisionManager
public class CollisionManager
class CollisionManager
This class manage a vector of CollisionDetector.
Add Every CollisionDetector to this class and CollisionManager schedule the CollisionDetector threads
to run their only task: CheckCollision methods.
This class extends Observable and implements Observer 'cause it is observing the Collision Detector and
allows to observe when a collision occurs by throws the message "CollisionDetector.ClassName"
using the Observable.notifyObservers(Object)
Vector
,
CollisionDetector
,
CollisionBoundDetector
,
Serialized Form| Field Summary | |
|---|---|
private java.util.Vector<CollisionDetector> |
CollisionsList
The collisionDetector Vector |
private int |
DEFAULT_MAX_COLLISIONDETECTOR_THREADS
|
java.util.concurrent.ExecutorService |
executor
The Collision Manager Thread executor service |
private static long |
serialVersionUID
|
| Constructor Summary | |
|---|---|
CollisionManager()
public CollisionManager() The constructor instances the CollisionDetector Vector |
|
CollisionManager(int maxPoolThreadsNumber)
public CollisionManager() The constructor instances the CollisionDetector Vector |
| Method Summary | |
|---|---|
void |
addCollision(CollisionDetector cd)
Add a collision detector on the CollisionManager |
void |
clearCollisions()
Delete all CollisionDetector from CollisionManager |
void |
delCollision(CollisionDetector cd)
Delete a collisionDetector from CollisionManager |
void |
execute()
Start to execute all the CollisionDetector registered. |
void |
pause()
Stop the CollisionManager threads |
void |
resume()
Resume the CollisionManager |
void |
shutdown()
Shutdown all the CollisionDetector thread |
void |
start()
Start the COllisionManager's Thread |
void |
update(java.util.Observable arg0,
java.lang.Object arg1)
CollisionManager is observable and (at the same time) observe all the CollisionDetector registered on it. |
| Methods inherited from class java.util.Observable |
|---|
addObserver, clearChanged, countObservers, deleteObserver, deleteObservers, hasChanged, notifyObservers, notifyObservers, setChanged |
| Methods inherited from class java.lang.Object |
|---|
clone, equals, finalize, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait |
| Field Detail |
|---|
private static final long serialVersionUID
private java.util.Vector<CollisionDetector> CollisionsList
public transient java.util.concurrent.ExecutorService executor
private int DEFAULT_MAX_COLLISIONDETECTOR_THREADS
| Constructor Detail |
|---|
public CollisionManager()
The constructor instances the CollisionDetector Vector
public CollisionManager(int maxPoolThreadsNumber)
The constructor instances the CollisionDetector Vector
maxPoolThreadsNumber
- the max number of Collision Thread it can manage| Method Detail |
|---|
public void addCollision(CollisionDetector cd)
cd
- CollisionDetector
public void clearCollisions()
public void delCollision(CollisionDetector cd)
cd
- CollisionDetector
public void execute()
public void pause()
public void resume()
public void shutdown()
public void start()
public void update(java.util.Observable arg0, java.lang.Object arg1)
update
in interface java.util.Observer
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VIPER can be configured in two ways:
Since VIPER is based on ROS, all the nodes are configurable via dynamic_reconfigure. All parameters can be accessed via rqt dynamic reconfigure plugin.
VIPER Core has the following nodes and parameters.
This node should be used to switch between different resolutions. It has several presets that are optimized for each resolution.
A set of parameters for certain resolutions
none No parameters are set by the node. Default.
preset1 resolution: 320x90, camera_rate: 60, read_framerate: 60, stereo_algorithm: StereoSGBM_VW, max_disparity: 64.
preset2 resolution: 640x180, camera_rate: 60, read_framerate: 60, stereo_algorithm: StereoSGBM_VW, max_disparity: 128.
preset3 resolution: 1280x360, camera_rate: 60, read_framerate: 20, stereo_algorithm: StereoSGBM_VW, max_disparity: 128.
preset4 resolution: 2560x720, camera_rate: 30, read_framerate: 8, stereo_algorithm: StereoSGBM_VW, max_disparity: 128.
When the camera is attached to a robot it might be necessary to take it into account by describing the setup.
The ground is described relatively to VIPER’s center (cvm_base_link
), using the following parameters. The transform can be used by the Obstacle Detector App
to adjust the detection of obstacles when the ground is not parallel to, or is located at VIPER’s center.
Camera resolution can be changed to the following values:
320x90 Resized from nHD.
640x180 Resized from nHD.
1280x360 Original nHD from camera driver. Default.
2560x720 Original HD from camera driver.
Stereo matching algorithm. It affects accuracy of point clouds.
StereoSGBM_VW SGBM that comes from VisionWorks library. Slower and more robust than the other. Default.
StereoSGM_HZ Hernandez’s implementation of SGM. Faster, but it produces more noise.
If camera has been rotated, correct parameter has to be set for human recognition to work. Camera rotation types:
0 default. Camera is in its regular position.
1 CW_90. Camera is rotated 90 degrees clock wise.
2 CCW_90. Camera is rotated 90 degrees counter clock wise.
cvm_ground_link
or another part that is parallel to the ground, laser scan will also be parallel to the ground.
Empty is default, which means that by default laser scans are produced in left_camera_link
.range_max
+ 1. Otherwise report infinite range as +inf
. False
is default.When you are connected to the same network as VIPER, you should be able to access VIPER Web panel by opening a browser and entering IP address of your VIPER.
In the picture below you can see what sections are available in VIPER web panel.
The following sections are available:
Note
Initially some sections are collapsed, and some are expanded - you can mouse click on heading and section will change between collapsed and expanded state.
In this section current CVM version is shown.
If VIPER is connected to the internet, it verifies if there is any newer version of CVM software. If newer CVM version is available - update action will be presented to the user.
Note
Version update, depending on internet connection speed, can take up to 30 minutes. Reload page after some time to verify if update has completed.
In this section Robot configuration parameters can be adjusted. This section is collapsed by default - mouse click on the heading and section will expand.
If VIPER is being used on the robot, these parameters should be adjusted accordingly.
Note
Viper prefix should contain value without spaces in the middle, also it cannot start with number.
Note
If any value changes in this section - applications should be restarted i.e. deactivate and activate every application that you use.
The list of applications is shown here.
For every application additional information is shown:
Note
You will be asked to confirm your action before VIPER executes it.
In the picture below you can see what information and actions are available for license handling.
When you have new VIPER then most likely applications (some or all) will have no license installed. In this case, you have to send license request to the email address<EMAIL_ADDRESS>. In the body of license request email you have to include VIPER information (as shown in the picture - copy and paste from the web panel). Also, in the license request you have to include information about yourself and your organization.
After your license request is fulfilled, you will receive license files (one file or multiple files). Then you should upload these files into VIPER web panel by pressing install license then Choose file. After you execute this action, page will reload and application module license status will be updated.
Note
At any time do not forget to reload page to get the most current information about application status!
Note
If you are using robot setup i.e. camera is mounted on some kind of robot with its own computer running with ROS, and you activate application with external ROS, VIPER periodically (every 2 minutes) will check if external ROS is alive, and, if it is alive i.e. responding, then VIPER activates application (which previously was activated with external ROS). If VIPER detects that external ROS is not responding, then it deactivates application until next check is performed. Also, you can manually deactivate or activate application at any time by yourself.
Available system actions:
Note
You will be asked to confirm your action before VIPER executes it.
In network configuration section you can adjust network parameters to match your network setup.
Warning
Be very careful when changing network configuration - in case of mistake you can lose access to your VIPER device!
Note
Changes take effect only after VIPER reboot.
Initially network configuration info section is collapsed - click section heading to expand it.
If you want to edit network configuration - click on the (edit) text on the right hand side.
After you enter values, click Submit, then you will see extra confirmation screen for final review and confirmation.
Note
Your changes will take effect only after you do VIPER reboot. Until that, you can make changes if you notice any mistakes.
In this section VIPER system time is shown. Reload page to get the most current information.
In this section various VIPER system information is shown. Reload page to get the most current information.


Children’s festival begins tomorrow
by Special CorrespondentA five-day event to provide a platform for children to showcase their talent will be held in Thanjavur from November 27. Competitions would be held for children between 8 and 17 years of age, in two groups.
While classical music and classical instruments competition would be held on November 27; Bharatanatyam solo and group (not exceeding six members) competitions would be held on November 28. Folk music and instruments contest would be held on November 29. Folk dance solo and group would be held on November 30 and theatre solo and group competitions on Dec. 1. The “Ilanthalir-2019 Award of Excellence” would be distributed to winners in each category on December 1 at 4 p.m. at South Zone Cultural Centre, Thanjavur, where the competitions would be held. For more details event coordinator S.Muthukumar may be contacted over phone 98424 55765 or through email : kalaiaayam@gmail.com


The most important parts of the Startup Framework are Samples and the UI Kit that includes a set of different components. The samples consist of a set of 25 pages. Each of these pages you can use as-is.
These Samples will guide you through and show how to use the blocks and give you the feeling on how to play around using the components in the website building process. Plus, it will save you time!
Documentation is really important for a developer. Right from it you get to know the product. We tried to describe all the components, provide the set-up instructions and foresee most of the issues.
The most important part of the Startup Framework is the samples. The samples form a set of 25 usable pages or you can add new blocks from UI Kit. By choosing one of the 25 configurations of the future startup.
Startup Design Framework contains components and complex blocks which can easily be integrated into almost any design. All of these components are made in the same style.
Of course we haven’t forgotten about the responsive layout. Create a website with full mobile support.
You can easily combine any components in a variety of design projects.
Startup Design Framework contains components and complex blocks which can easily be integrated into almost any design. All of these components are made in the same style.


| Class | ActiveResource::HttpMock |
| In: |
/usr/lib/ruby/gems/1.8/gems/activeresource-3.0.0.beta4/lib/active_resource/http_mock.rb
|
| Parent: | Object |
One thing that has always been a pain with remote web services is testing. The HttpMock class makes it easy to test your Active Resource models by creating a set of mock responses to specific requests.
To test your Active Resource model, you simply call the ActiveResource::HttpMock.respond_to method with an attached block. The block declares a set of URIs with expected input, and the output each request should return. The passed in block has any number of entries in the following generalized format:
mock.http_method(path, request_headers = {}, body = nil, status = 200, response_headers = {})
In order for a mock to deliver its content, the incoming request must match by the http_method, path and request_headers. If no match is found an InvalidRequestError exception will be raised letting you know you need to create a new mock for that request.
def setup @matz = { :id => 1, :name => "Matz" }.to_xml(:root => "person") ActiveResource::HttpMock.respond_to do |mock| mock.post "/people.xml", {}, @matz, 201, "Location" => "/people/1.xml" mock.get "/people/1.xml", {}, @matz mock.put "/people/1.xml", {}, nil, 204 mock.delete "/people/1.xml", {}, nil, 200 end end def test_get_matz person = Person.find(1) assert_equal "Matz", person.name end
Returns an array of all request objects that have been sent to the mock. You can use this to check if your model actually sent an HTTP request.
def setup @matz = { :id => 1, :name => "Matz" }.to_xml(:root => "person") ActiveResource::HttpMock.respond_to do |mock| mock.get "/people/1.xml", {}, @matz end end def test_should_request_remote_service person = Person.find(1) # Call the remote service # This request object has the same HTTP method and path as declared by the mock expected_request = ActiveResource::Request.new(:get, "/people/1.xml") # Assert that the mock received, and responded to, the expected request from the model assert ActiveResource::HttpMock.requests.include?(expected_request) end
# File /usr/lib/ruby/gems/1.8/gems/activeresource-3.0.0.beta4/lib/active_resource/http_mock.rb, line 91 91: def requests 92: @@requests ||= [] 93: end
Accepts a block which declares a set of requests and responses for the HttpMock to respond to. See the main ActiveResource::HttpMock description for a more detailed explanation.
# File /usr/lib/ruby/gems/1.8/gems/activeresource-3.0.0.beta4/lib/active_resource/http_mock.rb, line 103 103: def respond_to(pairs = {}) #:yields: mock 104: reset! 105: responses.concat pairs.to_a 106: if block_given? 107: yield Responder.new(responses) 108: else 109: Responder.new(responses) 110: end 111: end


<Frame /> examples
Two examples below showing how you can encapsulate individual components or your entire application